Sum the number of Atoms Around Central AND the number of Lone Pairs Around Central atom in ozone, Oz: 2 3 4 5 6 QUESTION 65 How many "multiple bonds" (e. g. double, triple...) are in the structure of ozone, O3? 0 1 2 3 QUESTION 66 Give the number of sigma-( 0 ) and pi- (TT) bonds in the structure of ozone, 03: 0 = 1 TI = 2 O = 3 = 0 J= 2 = 1 = 0 = 3 QUESTION 67 How many resonance structures are needed to describe the O3 molecule? 1 2 3 4 QUESTION 68 What is the central oxygen atom's hybrid orbital set? sp sp S2 sp3d2 spd QUESTION 69 What is the formal charge on the central oxygen atom? 0 1 + 2 QUESTION 70 What is the Geometry Name for the structure? linear trigonal bent trigonal pyramidal QUESTION 71 What is(are) the bond angle(s) in the structure? < 180°, 900 109.50 < 1200 1200 QUESTION 69 What is the formal charge on the central oxygen atom? 0 +1 - 2 +2 QUESTION 70 What is the Geometry Name for the structure? linear trigonal bent trigonal pyramidal QUESTION 71 What is(are) the bond angle(s) in the structure? < 180°, 90° 109.50 <1200 1200 QUESTION 72 What is the Polar Description of the structure? polar nonpolar



Answer :

Sum the number of Atoms Around Central AND the number of Lone Pairs Around Central atom in ozone, O3: 3

How many "multiple bonds" (e.g. double, triple...) are in the structure of ozone, O3?: 1

Give the number of sigma-(0) and pi-(TT) bonds in the structure of ozone, O3: 0 = 1 TT = 2

How many resonance structures are needed to describe the O3 molecule?: 1

What is the central oxygen atom's hybrid orbital set?: sp2

What is the formal charge on the central oxygen atom?: 0

What is the Geometry Name for the structure?: bent

What is(are) the bond angle(s) in the structure?: 120°

What is the Polar Description of the structure?: polar

Ozone, O3, is a molecule made up of three oxygen atoms. The central oxygen atom is bonded to two other oxygen atoms through double bonds. The central oxygen atom has an sp2 hybridization, which means that it has two unoccupied p orbitals that can form pi bonds. The molecule has one resonance structure, which means that the distribution of electrons in the molecule can be described by one Lewis structure.

The formal charge on the central oxygen atom is 0, which means that the number of electrons in the atom's valence shell is equal to the number of protons in the nucleus. The molecule has a bent geometry, with bond angles of 120°. It is also polar, which means that it has a positive end and a negative end, due to the uneven distribution of charge in the molecule.

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